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Trumony Aluminum Limited which was founded in 2017 is headquartered in Suzhou, a traditional cultural and commercial hub. "Helping technology get off the ground and helping customers succeed" is its mission. "Adhering to the concept of green development and continuously contributing to the global carbon neutrality goal" is its long-term vision. Customer-centric, striver-oriented, embracing change based on tradition, and harmoniously developing, are the values that Trumony always sticks to. Trumony has 100,000 square meters of standard workshops and high-standard testing centers and laboratories, which have passed ISO9001, TS16949 quality management systems respectively. Trumony brings real value to customers with lean production management, strict and stable quality system and consultative market service. Trumony mainly provides customers with thermal management related services and products. Its services include battery thermal management solutions, liquid cooling system development, liquid cooling system design, liquid cooling materials, liquid cooling components, and liquid cooling assemblies. For products mainly include liquid-cooling components for power battery packs,liquid-cooling components for energy storage battery packs, liquid-cooling components for high heat flux density heat exchange, and new liquid-cooling heat exchange components. These products are matched for many domestic users and exported to 56 countries and regions such as Europe, America, the Middle East, Southeast Asia, and Russia.
About Us
Trumony Aluminum Limited was established in 2006 and mass production began in Jan. 2007. With ISO 9001:2000 and ISO/TS16949:2002 certificated, we are one of the global leading and most specialized suppliers of heat exchanger materials for automobile, HVAC and industrial cooling tower. With the development of the new energy car industry.Trumony dedicated to provide different solution to the BTMS battery thermal management system.We can provide different types of water cooling plate.Such as brazing type,extruded type.roll bond plate type water cooling plate. Custom development or manufacturing is also available to offer.
Bring technology to the ground by material innovation and development,we are always on the road.
Rich exporting experience
Based on Aluminum material
55+ Countries clients
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14
MAY
The impact of liquid cooling systems and technologies on new energy vehicles
Under the strategic deployment of carbon neutrality, the domestic and public use of new energy vehicles has become more and more in-depth and extensive. When talking about the liquid cooling system of new energy vehicles, we have to think of its important role in electric vehicles. As an advanced and era-leading high-tech temperature control method, liquid cooling technology is mainly used to regulate the temperature of batteries, motors, and electronic control systems to ensure that new energy trams can operate efficiently and safely. The impact of liquid cooling technology on fast charging First, let us first understand the advantages of liquid cooling technology in terms of fast charging. During the fast charging process, the battery will generate a lot of heat due to the high current. If heat is not dissipated in time, excessive battery temperature will affect performance and safety. The liquid cooling system can quickly transfer the heat generated by the battery to the coolant and quickly discharge it through the cooling system, ensuring that the battery temperature is always maintained within a safe and ideal range. This not only greatly improves the efficiency of fast charging, but also significantly enhances the safety of the charging process. The impact of liquid cooling system on the life of new energy batteries Liquid cooling technology plays a key role in the life of new energy batteries. The operating temperature of a battery is one of the key factors affecting its lifespan. Too high or too low temperature will accelerate battery a
12
APR
What fields can thermally conductive silicone gel be used in?
As a cutting-edge thermal interface material, thermally conductive silicone gel is gradually surpassing traditional thermal management solutions and showing its excellent application potential in protective coatings, packaging and potting in fields such as automotive electronics, LED lighting, high-voltage insulation, photovoltaics and avionics.Its stability is found in highly sensitive circuits, semiconductors and other electronic components, and it can maintain excellent performance even in extreme high and low temperature environments. In fields such as automotive electronics, 5G base stations and communication equipment, thermally conductive silicone gel can replace traditional heat conduction methods. It has the characteristics of low cost and the ability to solidify when electronic components heat up to increase the contact area. 1. New energy vehicle power battery In new energy vehicle power batteries, the application of thermally conductive and flame-retardant silicone gel provides a strong guarantee for the safe operation of lithium batteries.In the face of vibration, temperature changes, rain immersion and other situations that may be encountered when electric vehicles are driving, as well as extreme situations such as local short circuits and overloads during battery failure or traffic accidents, the waterproof sealing, flame retardant sealing, heat dissipation and The shock absorption and fixation function can greatly improve the safety performance of the power battery pack and protect the safety of drivers and passengers in electric vehicles. 2. 5G electronic equipment In the
25
MAR
How does liquid-cooling tube help thermal management of electronic equipment?
Liquid-cooling tube, also known as cooling serpentine tube, is a heat exchange component commonly used in cylindrical batteries. The liquid-cooling tube uses a unique hollow structure pipe and is developed with high precision manufacturing quality. It has a large inner surface area can achieve more efficient heat conduction, so it is often used in battery packs with cylindrical cells. As we all know, high temperature is the invisible killer of electronic components, integrated circuits, etc. High temperature will not only shorten the service life of the equipment, cause unstable system operation, and even cause problems such as component burnout. Therefore, heat dissipation treatment of electronic components and integrated circuits cannot be ignored. There are many types of heat dissipation methods, such as liquid cooling, air cooling, and evaporator air cooling. Among these heat dissipation methods, liquid cooling stands out for its excellent heat dissipation efficiency, low space occupation and silent characteristics, and has been widely used. Liquid cooling devices usually use pumps to circulate the coolant in the liquid cooling tube and dissipate heat. Therefore, the liquid-cooling tube is an important part of the liquid cooling device. It can not only serve as a channel for the coolant to flow without contacting the heating element, but it can also serve as a heat transfer pipe, directly in contact with the heating element, absorbing the heat of the heating element and transferring the heat to the coolant.
Ms. Tracy
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86-512-62532616
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86-512-62538616
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Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.